Overview
Wind energy resources are widely distributed in China, with rich resources broken into three regions: the southeast coastal areas, “The Three North Regions” (northeast, north, and northwest) and Hunan, Hubei, Jiangxi, Shanxi, Henan, Chongqing, Yunnan and other inland regions.
Presently, the prime locations for the development of wind farms are “The Three North Regions.” However, inland regions where wind resources are abundantly distributed are at an early development stage, with anticipated huge market potential. The inland regional Provinces have planned or promulgated preferential policies for the development of wind power, so the inland wind power industry will definitely become the future hot spots for China’s wind power development.
Many prolific wind energy resource areas are situated along the southeast coast including, Shandong, Jiangsu, Shanghai, Zhejiang, Fujian, Guangdong, Guangxi and Hainan and other coastal zones along a strip nearly 10km wide with an annual wind power density above 200 w/㎡parallel to the coastline.
Abundant wind energy resources are distributed in northern areas which mainly include three northern provinces, Hebei, Inner Mongolia, Gansu, Ningxia and Xinjiang and other provinces (districts) in an area nearly 200 km wide with wind power density above 200—300 w/㎡, some of which could rise up to 500 w/㎡ or more; such as Alashankou, Daban City, Huitengxile, Huitengliang of Xilinhaote and Chengde Weichang, etc...
Significant wind energy resources are also distributed in inland areas including Hunan, Hubei, Jiangxi, Shanxi, Henan, Chongqing, Yunnan and other nearby regions offering a general wind power density of 100—200 w/㎡. Wind energy resources are also abundant in some localized areas due to microclimate effects provided by nearby lakes and overall favorable topography. Technologically accepted development capacities for wind power across inland areas exceed 12,000,000kW. According to preliminary studies targeting performance for the Governments “Eleventh Five-Year Plan” the wind power install capacity for inland provinces exceeds 1,000,000 kW.
GC China Turbine turbines are extremely competitive in both inland and offshore locations
The company is in quantity production of the 1.0MW 2-bladed wind turbines, and is about to advance the R&D of a 3.0MW 2-bladed wind turbine for offshore applications. The 1.0MW wind turbine is extremely suitable for inland markets with extremely favorable generated electrical sales margins over competitive products.
COAST AND OFFSHORE AREAS
Windfarm overview
- Rich wind energy resource (IEC I or II class)
- Close to loads center
Restrictions
- More destructive winds as the result of typhoon
- Transportation, erection and construction of tower foundation difficult
- Strong anti-typhoon capability; 2-bladed wind turbine can stop operation by feathering horizontally and in this case the swept area of rotor exposed in wind is virtually zero
- Easy transportation, erection
- Lighter, reduces the difficulty of tower foundation construction
Project under review / development by GC China Turbine Corp.
- Shandong Haiyang 50,000kW
NORTHERN AREAS
Windfarm Overview
- Rich wind energy resource (IEC I or II class)
- Easy transportation and erection
Restrictions
- The 54m & 56m wind turbines were designed for I & II class wind farms
Project under review / development by GC China Turbine Corp.
- Daqing Longjiang 50,000kW
- Tianhe Inner Mongolia
INLAND AREAS
Windfarm overview
- Rich wind energy resource (IEC III class)
- Higher electricity price
Restrictions
- Most of wind farms are located in mountain, hill areas, so transportation and erection is very difficult
- Great advantages in transportation, erection and maintenance, especially suitable for our 1.0MW-59m wind turbines
Project under review / development by GC China Turbine Corp.
- Shanxi Dafengkou 50,000kW
- Hubei Qiyue Mountain 50,000kW
- Hubei Huashanguan 50,000kW
- Chongqing Maocao Dam 50,000kW
- Chongqing Jinfeng Mountain 50,000kW
Note: IEC is an International Wind Farm Standard which classifies wind farms on the basis of annual average wind speed. See below for details:
- I-class wind farm with an annual average wind speed of 10m/s
- II-class wind farm with an annual average wind speed of 8.5m/s
- III-class wind farm with an annual average wind speed of 7.5m/s
- IV-class wind farm with an annual average wind speed of 6 m/s
For comparison purposes, the starting wind speed for GC China Turbine Corp.’ 1.OMW wind turbine is 3.5m/s and a steady operational speed is assumed.
It can be seen from our analysis that GC China’s wind turbines have extremely strong market competitiveness in both inland and coastal areas.
The accepted development capacity for wind farms in inland areas exceeds 12,000,000kW with current plans for near term install capacity exceeding 1,000,000kW; the install capacity for coastal areas exceeds 100,000,000 – 200,000,000kW which fully meets the needs of the company's current and future market demands. See chart below.
Table 1: Market capacities in some of inland areas (10,000kW)
| Provinces and municipalities |
Wind energy reserves
(10 meters height) |
Development capacity |
Install capacity
(near term) |
| Hunan |
5720 |
100 |
10 |
| Hubei |
2775 |
50 |
10 |
| Jiangxi |
6000 |
230 |
12 |
| Anhui |
3558 |
To be measured |
5 |
| Henan |
To be measured |
To be measured |
20 |
| Shanxi |
5300 |
759.5 |
30 |
| Chongqing |
2250 |
30 |
15 |
| Total |
25153
(Henan excluded) |
1169.5
(Anhui & Henan excluded) |
102 |
Table 2: Market capacity offshore wind farms (10,000kW)
| Offshore area |
Developable areas |
Wind energy reserves |
Development capacity |
| 157,000 m2 |
15,000-35,000m2 |
75000 |
10000-20000 |
Potential Market Capacity
China enjoys massive total reserves of wind energy. The “Greening” of the Chinese grid will focus on creating more nuclear and wind generating capacity. Projected investments in wind turbines total $14.6 billion from now through 2011 (18,000 megawatts additional generating capacity).
Market capacity for offshore areas (10,000 kilowatts)
| Developable areas |
1,5000-3,5000m² |
| Total reserves of wind energy |
75,000 |
| Amount of developable technology |
10,000-20,000 |

GC China Turbine Corp. are well positioned to capture this government mandated growth

China will soon possess the largest wind generation capacity worldwide
China’s Wind Initiatives Likely to Benefit Chinese Companies most
Government Stimulus funds are being allocated to Chinese Companies
“Foreign Makers of wind turbines complain that they have been shut out of bidding for a $5 billion stimulus financed power plant”
"GE has pulled out of the bidding process for expansion of the Jiangsu Wind Farm – believing that it can’t compete against the Chinese incumbents"
"Foreign Manufacturers complain that China's efforts to eliminate turbines with capacities of less than 1 megawatt is also a form of restrictive practice that plays into the hands of domestic firms."
Overall strategy
- Identify and target regional market segmentation
- Consistently offer a truly advantageous low cost, high quality product
- Show the breakthrough achievements based on t he sample project at the Daqing inland wind farm as a launching point for further inland projects in the northeastern and northwestern parts of the country.
- To promote our first class manufacturing and low cost advantage across the north.
- Develop and nurture new R & D and strategically market to offshore wind farms with even larger wind turbines
China - Regional market segmentation
Northeast / Northwest - mainstream wind farms
Characteristics: good wind resource dominated by the five largest power companies with intense competition;
Advantages: Our Daqing wind farm sample project - proves low cost and high quality advantages
Strategies: adoption of the resource exchange model; towards entry into regional market competition with low cost advantage.
Inland wind farms
Characteristic: poor overall wind resource as the mountainous area causes greater difficulty in transportation & maintenance;
Advantages: GC China construction offers proven advantages in transportation, installation, maintenance and foundation costs.
Strategies: to extend the proven advantages of inland wind farms & sidestep the intense competition found in the mainstream wind farm sector.
Coastal / offshore wind farms
Characteristic: good wind resources with occasional catastrophic wind conditions. Continuing need for large-scale development;
Advantages: significant advantages in sea based construction and all-weather capability;
Strategies: pursue R&D of large wind turbine of 2.0MW / 3.0MW in order to occupy the market with unique advantages for the future.
2-blade wind turbine are especially suitable for offshore wind farms, virtually guarantees significant penetration in this market
Via the use of different product designs for the structure as well as rotor diameter, the GC China Turbine can be easily developed for use in many different types of wind farms:
| 54M |
4m/s |
8.5m/s |
300-400W/M2 |
IECIA |
| 56.5M |
4m/s |
7.5m/s |
200-250W/M2 |
IECII |
| 59M |
3.5m/s |
Below 7m/s |
150-200W/M2 |
IECIII |